Multiple Choice
I am performing a reaction,A B,with DG° = -5000 kJ/mol.I start the reaction with 10 mM A and no B. After allowing the reaction to proceed for 24 hrs at room temperature and atmospheric pressure,I analyze a sample of the reaction mix to find I now have 8 mM A and 2 mM B.Which of the following conclusions should I make?
A) The reaction has reached equilibrium.
B) I should come back again later; equilibrium has not yet been reached.
C) The formation of B from A is thermodynamically unfavorable,so I should find another starting material to make B.
D) I must've screwed up; there's no way I could get that result with that D°
Correct Answer:

Verified
Correct Answer:
Verified
Q7: What happens to the entropy when ATP
Q8: In general, catabolism<br>A) releases energy.<br>B) absorbs energy.<br>C)
Q9: The energy released during metabolism of nutrients
Q32: Which of the following statements concerning the
Q33: What happens to the entropy of a
Q34: Consider this rxn which has a DG°
Q35: Consider this rxn which has a DG°
Q39: The oxidation of nutrients supplies the energy
Q42: "Metabolism" refers to<br>A) the breakdown of larger
Q51: Metabolism takes place in stages<br>A) because enzymes